AgriNovus Indiana

Sustainability in agbioscience requires two key inputs: environment and economics. Today we are joined by Rumin8’s head of research and development, Dr. Lucas Huntimer, to talk economic durability, sustainability and how his team aims to decarbonize 100 million cows by 2030. Lucas dives into the challenge at hand – methane – and Rumin8’s differentiated approach to innovating in this space. Rather than focusing on methane knockdown, their team is redirecting methane emission back into productivity, returning investment back to the producer. With an uptick in innovation happening in this space, we had to ask: why now? Lucas talks through the rise in focus surrounding cattle, their bold mission to decarbonize 100 million cows by 2030 and the hurdles they’ll face to get there, from regulatory to capital.

Lucas Huntimer

Head of Research and Development, Rumin8

Sustainability in agbioscience requires two key inputs: environment and economics. Today we are joined by Rumin8’s head of research and development, Dr. Lucas Huntimer, to talk economic durability, sustainability and how his team aims to decarbonize 100 million cows by 2030.  

Lucas dives into the challenge at hand – methane – and Rumin8’s differentiated approach to innovating in this space. Rather than focusing on methane knockdown, their team is redirecting methane emission back into productivity, returning investment back to the producer. 

With an uptick in innovation happening in this space, we had to ask: why now? Lucas talks through the rise in focus surrounding cattle, their bold mission to decarbonize 100 million cows by 2030 and the hurdles they’ll face to get there, from regulatory to capital. 

320. Rumin8’s Dr. Lucas Huntimer on durability, sustainability + the decarbonization of 100 million cows by 2030 

This weekly podcast dives into agbioscience, where agriculture, life sciences and cutting-edge technology converge. Agbioscience is an in-depth conversation with leaders and entrepreneurs across food, animal health, plant science and agtech. This one-of-a-kind podcast offers updates on the latest advancements and future trends from those at the forefront of agbioscience innovation.

﻿Global market intelligence firm, IDC, estimates that artificial intelligence (AI) will contribute nearly $20 trillion to the global economy by 2030 and represent nearly 4% of global GDP. Today we are joined by an AI pioneer, tech diplomat and leader of Purdue University, President Mung Chiang. We discuss:&nbsp;&nbsp;<ul><li>His journey as a three-time entrepreneur turned university president and how his experience has shaped his approach at Purdue&nbsp;</li><li>Being on the cusps of the AI revolution, bringing new jobs to market and its elimination of old ones – and its potential to transform the physical world&nbsp;</li><li>Balancing AI’s opportunity for productivity versus its potential to become an adversarial threat&nbsp;&nbsp;</li><li>Connecting dots from the past to the future to develop job creation and prosperity in the state – and the critical role of agbioscience to make that happen&nbsp;</li><li>Purdue has a top 5 college of engineering and a top 5 college of agriculture – and President Chiang talks about the university’s differentiation to drive big outcomes using demand-driven education&nbsp;</li><li>&nbsp;President Chiang’s eye on the future of Purdue and its continued service to Indiana&nbsp;&nbsp;&nbsp;</li></ul>